I think it's Zinc
The transition metal in group 12 with less than 34 protons is zinc (Zn), which has 30 protons. It is known for its role in various biological functions and its use in alloys and galvanization. Zinc is commonly found in nature and is essential for human health.
The opposite of transition metals are main group elements, which include elements from groups 1, 2, and 13-18 on the periodic table. Main group elements typically have predictable properties and are less likely to exhibit variable oxidation states compared to transition metals.
Transition metals tend to be less reactive than alkali metals or alkaline earth metals. They often form colorful compounds, have multiple oxidation states, and can act as catalysts in chemical reactions. However, some transition metals can still react with certain elements or compounds under the right conditions.
Group 1 metals, also known as alkali metals, typically do not form colored compounds. Their compounds are usually white or colorless due to the simple ionic nature of the bonds they form, which predominantly involve the formation of colorless metal cations. However, when combined with certain anions or in specific coordination complexes, they may exhibit some coloration, but this is less common compared to transition metals. Overall, the characteristic vibrant colors associated with many metal compounds are primarily found in transition metals rather than alkali metals.
Lithium is two of these but at the same time neither. It's an element. It is best described as an element, a type of atom with unique properties. If the number of neutrons varied, the multiple lithium atoms would be called isotopes. As for neutral vs. ion, if the number of protons is equal to the number of electrons, it is neutral. If it is not, it is an ion, specifically anion (less protons) or cation (more protons). It will always be a neutral atom or ion. It will always be an isotope, but only called so when in a group of lithium atoms with various numbers of neutrons.
This chemical element is calcium (Ca).
less reactive.beacuse group-1 elements are the most reactive elements.
Nickel belongs in family(or group) 10, transition metals. The elements in this group are Nickel, Palladium, Platinum, and Ununnilium, in order of increasing atomic mass. A link is provided.
Group 7 in the periodic table is less reactive.They are Manganese,Technetium,Rhenium and Bohrium.They all are transition metals.
Any one element can ONLY have a single fixed number of protons. Th only element with a number of protons that sits between 50 and 75 in group 17 of the periodic table is Iodine (I), with 53 protons.
The element in group 2 with fewer protons than potassium is beryllium. Beryllium has 4 protons in its nucleus whereas potassium has 19 protons. Both elements are found in group 2 of the periodic table.
The opposite of transition metals are main group elements, which include elements from groups 1, 2, and 13-18 on the periodic table. Main group elements typically have predictable properties and are less likely to exhibit variable oxidation states compared to transition metals.
True
The metals in group 13 would be less reactive than the metals in group 1 because the metals in group 1 are closest to the left of the Periodic Table. And any thing to the left are more reactive.
The fact that the element has 13 protons indicates that this element is aluminum. The number of protons in the nucleus is the atomic number of an element. Every element has its own unique atomic number that never changes in ordinary chemical or physical reactions.
Iron cannot be changed into gold through chemical processes because they are two different elements with distinct atomic structures and numbers of protons. Gold is a heavy, stable element, while iron is a transition metal that is more abundant and less stable. The energy required to change iron into gold by adding or removing protons is extremely high and not feasible.
Well Platinum is an element so there is really only one type. However, platinum may be used as "sheet" or finely powdered if it was going to be used as a catalyst. Alternatively, it may be used to "plate" a less expensive metal to also act as a catalyst for example in a catalytic converter.